CN105297303A - Carpet weaving machine - Google Patents
Carpet weaving machine Download PDFInfo
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- CN105297303A CN105297303A CN201410249617.7A CN201410249617A CN105297303A CN 105297303 A CN105297303 A CN 105297303A CN 201410249617 A CN201410249617 A CN 201410249617A CN 105297303 A CN105297303 A CN 105297303A
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- base fabric
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Abstract
The invention discloses a carpet weaving machine which comprises a yarn placing and synchronous conveying mechanism, an electrical control system and a rack, and is characterized by further comprising a machine head transverse moving mechanism, a yarn color selecting mechanism and a base fabric feeding mechanism. The weaving machine has the advantages that the weaving accuracy is high, the weaving machine is suitable for weaving of large-breadth carpets, the automation degree is high, the weaving machine has more tufting styles, the processing efficiency is high, the stability is high, and the weaving quality is high.
Description
Technical field
The invention belongs to Weaving-machine technical field, particularly relate to a kind of carpet weaving machine.
Background technology
Carpet weaving machine is the special for automatic equipment of woven carpet.The existing equipment for tufted carpet is generally head of the horse formula Tufting machine and manual acupuncture carpet with rubber back instrument.It is low that above-mentioned two kinds of carpet weaving equipment have production efficiency, and labour intensity is large, the not first-class shortcoming of product quality.
Summary of the invention
The present invention provides the carpet weaving machine that a kind of automaticity is high, working (machining) efficiency is high, crudy is high for solving in known technology the technical problem that exists.
The technical scheme that the present invention takes for the technical problem existed in solution known technology is: a kind of carpet weaving machine, comprise yarn to put and synchronous conveying system, electric control system and frame, also comprise head transverse-moving mechanism, yarn colour-selecting mechanism and base fabric Zou Liao mechanism, described head transverse-moving mechanism comprises head, lower head, the plastic cutter mechanism that is arranged on the winding displacement drive rod on head and is arranged on lower head, described frame is provided with the upper beam be parallel to each other and underbeam, the upper head that described upper beam can be slided along upper beam by guide rails assembling, can along the lower head of underbeam slip by guide rails assembling on described underbeam, described upper head is equipped with for driving described upper head along the upper ball-screw of described upper beam movement, described upper ball-screw is parallel with described upper beam, described upper ball-screw to be arranged in described frame and can to rotate around the axis of self, described lower head is equipped with for driving described lower head along the lower ball-screw of described underbeam movement, described lower ball-screw is parallel with described underbeam, and described lower ball-screw to be arranged in described frame and can to rotate around the axis of self, described upper head is equipped with the upper driving shaft for driving the action of described winding displacement drive rod, described upper driving shaft is parallel with described upper beam, described upper driving shaft to be arranged in described frame and can to rotate around the axis of self, described lower head is equipped with the lower driving shaft for driving described plastic cutter mechanism action, described lower driving shaft is parallel with described underbeam, and described lower driving shaft to be arranged in described frame and can to rotate around the axis of self, the same side of described upper ball-screw and lower ball-screw is connected by the first Timing Belt, described upper driving shaft is connected by the second Timing Belt with the same side of described lower driving shaft, the below of upper head described in the displacement of yarn colour-selecting mechanism, described yarn colour-selecting mechanism comprise follower disk and be connected with described follower disk select look stepper motor for what drive described follower disk to rotate around its center, described follower disk is provided with at least two can be vertically movable up and down guide rod unit, described guide rod unit lays respectively on the center of the different edge of the regular polygon concentric with described follower disk, the lower end of described guide rod unit is provided with faller gill, the upper end of described guide rod unit be provided with can with the inverted L-shaped follower block of described winding displacement drive rod clasp joint, the top of described follower disk is provided with holder from bottom to top and hangs the annular supporting plate of described inverted L-shaped follower block, described annular supporting plate is provided with and inverted L-shaped follower block can be made to pass through, the breach that position is corresponding with described winding displacement drive rod, the described look stepper motor that selects is fixed in described frame, described base fabric Zou Liao mechanism comprises axis being parallel and the front licker-in be positioned in same level and rear licker-in, described front licker-in is parallel with the upper beam of described head transverse-moving mechanism with the axis of rear licker-in, described front licker-in and rear licker-in lay respectively at the both sides between described upper head and lower head, described front licker-in is connected the licker-in stepper motor for driving described front licker-in and rear licker-in to rotate with rear licker-in, the front of described front licker-in is provided with base fabric spool from away from front licker-in successively near front licker-in, the base fabric axis of guide and mobile lifting cloth guiding axle, the described base fabric axis of guide is positioned at the top of described base fabric spool and mobile lifting cloth guiding axle, the below of described base fabric spool is provided with brake lever, the side of described base fabric spool is provided with and can rubs to brake base fabric spool with base fabric spool outer peripheral face, one end is fixed, the brake band that the other end is connected with described brake lever, one end articulated frame away from described mobile lifting cloth guiding axle of described brake lever, be fixed in described frame by tension spring below the other end of described brake lever, the outer circumference surface of described base fabric spool is close to by described brake band under the effect of tension spring, described brake lever is positioned at the below of described mobile lifting cloth guiding axle near one end of described mobile lifting cloth guiding axle and is connected with mobile lifting cloth guiding axle, the rear of described rear licker-in is extremely provided with tension pick-up and finished product spool away from rear licker-in successively near rear licker-in, and described finished product spool connects the reel motor for driving it to rotate, be connected with described tension pick-up, the top of described front licker-in and rear licker-in is respectively equipped with the lifting pressure roller that can be elevated.
The present invention can also adopt following technical measures:
Described upper driving shaft and lower driving shaft are six stupefied driving shafts; Described guide rail is gapless straight line guide rails.
Described follower disk comprises follower disk and lower follower disk, and described upper follower disk and lower follower disk are positive eight limit disk bodies.
Described follower disk is provided with four guide rod unit, described four guide rod unit form four stations; Described guide rod unit is made up of the straight-bar that two are parallel to each other.
The described look stepper motor that selects is arranged in described frame by link.
Described front licker-in is connected with two licker-in stepper motors respectively with rear licker-in.
Described tension pick-up has roller contact.
The advantage that the present invention has and good effect are:
(1) the upper head, in this Weaving-machine and lower head can be worked in coordination with along upper beam and underbeam laterally significantly action, synchronous effect is good, precision is high, and be applicable to large format carpet weaving, the weaving efficiency that not only can improve carpet can also improve the weave quality of carpet.
(2) the yarn colour-selecting mechanism, in this Weaving-machine automatically can complete and select look to yarn, and automaticity is high, and the tufting pattern of Weaving-machine is more, and in addition, the working (machining) efficiency of Weaving-machine is high.
(3), lifting pressure roller and two licker-ins can with the tufting needle co-operatings in Weaving-machine, and the interval realizing base fabric walks material, not only can avoid mobile in base fabric damage is caused to tufting needle, and the stability of base fabric can be improved, improve weave quality; The top of front licker-in and rear licker-in is equipped with lifting pressure roller, can ensure that base fabric has good stability in the process of tufting needle action, avoids base fabric shake or be shifted by external force, ensures weave quality; Base fabric spool side is provided with the arrestment mechanism comprising brake lever and brake band, arrestment mechanism and mobile lifting cloth guiding axle link, the base fabric spool self-locking structure controlled by base fabric own tension is formed with this, ensure that base fabric is feeding the phenomenon that there will not be strap slack and undisciplined in the process of cloth, makes away material process better steadily smooth and easy; The rear of rear thorn axle is provided with tension pick-up, and tension pick-up is connected with driving the motor of finished product spool, ensure base fabric discharge end moment tensioning, thus it is steady, smooth and easy, stable in the whole process of this Zou Liao mechanism to realize base fabric with the moment.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention;
Fig. 2 is the structural representation of head transverse-moving mechanism in the present invention;
Fig. 3 is that the A of Fig. 2 is to schematic diagram;
Fig. 4 is the structural representation of yarn colour-selecting mechanism in the present invention;
Fig. 5 is that the B of Fig. 4 is to sectional view;
Fig. 6 is the structural representation of base fabric Zou Liao mechanism in the present invention.
In figure:
1, yarn is put and synchronous conveying system;
2, frame;
3, head transverse-moving mechanism; 3-1, upper head; 3-2, lower head; 3-3, winding displacement drive rod; 3-4 plastic cutter mechanism; 3-5, upper beam; 3-6, underbeam; 3-7, guide rail; 3-8, upper ball-screw; 3-9, lower ball-screw; 3-10, the first Timing Belt; 3-11, upper driving shaft; 3-12, lower driving shaft; 3-13, the second Timing Belt;
4, yarn colour-selecting mechanism; 4-1, select look stepper motor; 4-2, guide rod unit; 4-3, follower disk; 4-4, faller gill; 4-5, inverted L-shaped follower block; 4-6, annular supporting plate; 4-7, breach; 4-8, link;
5, base fabric Zou Liao mechanism; 5-1, front licker-in; 5-2, rear licker-in; 5-3, lifting pressure roller; 5-4, base fabric spool; 5-5, the base fabric axis of guide; 5-6, mobile lifting cloth guiding axle; 5-7, brake lever; 5-8, brake band; 5-9; Tension spring; 5-10, tension pick-up; 5-11, finished product spool; 5-12, reel motor;
6, base fabric.
Detailed description of the invention
For summary of the invention of the present invention, Characteristic can be understood further, hereby exemplify following examples, and coordinate accompanying drawing to be described in detail as follows:
Refer to Fig. 1, a kind of carpet weaving machine, comprise yarn and put with synchronous conveying system 1, electric control system, frame 2, also comprise head transverse-moving mechanism 3, yarn colour-selecting mechanism 4 and base fabric Zou Liao mechanism 5.Wherein yarn is put with synchronous conveying system 1, electric control system, frame 2 is prior art in field of textiles, known by technical staff, does not repeat its structure at this.Yarn is put and synchronous conveying system 1, for placing yarn and yarn being flowed to the upper head 3-1 of head transverse-moving mechanism 3; Electric control system, adopts plc and stepping servo control system, under the programme-control finished in advance, controls each several part mechanism co-operating of Weaving-machine; Frame 2 adopts shaping commercial aluminum alloy section bar, is the support frame of Weaving-machine, in the present embodiment.The collateral fagging that frame 2 is constructed by two blocks of aluminium alloys is formed.
Consult Fig. 2 and Fig. 3 by force, head transverse-moving mechanism 3 comprises head 3-1, lower head 3-2, be arranged on the winding displacement drive rod 3-3 on head 3-1 and be arranged on the plastic cutter mechanism 3-4 on lower head 3-2, described frame 2 is provided with the upper beam 3-5 be parallel to each other and underbeam 3-6, described upper beam 3-5 installs the upper head 3-1 that can slide along upper beam 3-5 by guide rail 3-7, described underbeam 3-6 is installed the lower head 3-2 that can slide along underbeam 3-6 by guide rail 3-7, in the present embodiment, upper beam 3-5 is two and is in same level and the aluminium alloy square beam be parallel to each other, it is last that the two ends of two aluminium alloy square beams are separately fixed at described two pieces of collateral faggings, two aluminium alloy square beams install gapless straight line guide rails respectively.Described upper head 3-1 is equipped with for driving described upper head 3-1 along the upper ball-screw 3-8 of described upper beam 3-5 movement, described upper ball-screw 3-8 is parallel with described upper beam 3-5, described upper ball-screw 3-8 to be arranged in described frame 2 and can to rotate around the axis of self, described lower head 3-2 is equipped with for driving described lower head 3-2 along the lower ball-screw 3-9 of described underbeam 3-6 movement, described lower ball-screw 3-9 is parallel with described underbeam 3-6, and described lower ball-screw 3-6 to be arranged in described frame 2 and can to rotate around the axis of self.In the present embodiment, upper ball-screw 3-8 and lower ball-screw 3-9 is fitted in frame 2 by bearing, and the together side of upper ball-screw 3-8 and lower ball-screw 3-9 stretches out one piece of collateral fagging of frame 2, upper ball-screw 3-8 is connected a motor with the external part of lower ball-screw 3-9 by the first Timing Belt 3-10.Described upper head 3-1 is equipped with the upper driving shaft 3-11 for driving described winding displacement drive rod 3-3 action, described upper driving shaft 3-11 is parallel with described upper beam 3-5, described upper driving shaft 3-11 to be arranged in described frame 2 and can to rotate around the axis of self, described lower head 3-2 is equipped with the lower driving shaft 3-12 for driving described plastic cutter mechanism 3-4 action, described lower driving shaft 3-12 is parallel with described underbeam 3-6, and described lower driving shaft 3-12 to be arranged in described frame 2 and can to rotate around the axis of self.To be that mechanical field is usual be connected driving means for upper driving shaft 3-11 and winding displacement drive rod 3-3, joint transmission mode between lower driving shaft 3-12 with plastic cutter mechanism 3-4, do not repeat herein.In the present embodiment, upper driving shaft 3-11 and lower driving shaft 3-12 is fitted in frame 2 by bearing, and the together side of upper driving shaft 3-11 and lower driving shaft 3-12 stretches out one piece of collateral fagging of frame 2, upper driving shaft 3-11 is connected a motor with the external part of lower driving shaft 3-12 by the second Timing Belt 3-13, and above-mentioned upper driving shaft and lower driving shaft are six stupefied driving shafts.
Refer to Fig. 4 and Fig. 5, yarn colour-selecting mechanism 4, comprise follower disk 4-3 and be connected with described follower disk 4-3 select look stepper motor 4-1 for what drive described follower disk 4-3 to rotate around its center, described follower disk 4-3 is provided with at least two can be vertically movable up and down guide rod unit 4-2, described guide rod unit 4-2 lays respectively on the center of the different edge of the regular polygon concentric with described follower disk 4-3, the lower end of described guide rod unit 4-2 is provided with faller gill 4-4, the upper end of described guide rod unit 4-2 is provided with inverted L-shaped follower block 4-5, the top of described follower disk 4-3 is provided with holder from bottom to top and hangs the annular supporting plate 4-6 of described inverted L-shaped follower block 4-5, described annular supporting plate 4-6 is provided with the breach 4-7 that inverted L-shaped follower block 4-5 can be made to pass through.Above-mentioned yarn colour-selecting mechanism 4 is located at the below of described upper head 3-1, and the position of described winding displacement drive rod 3-3 is corresponding with the breach of described annular supporting plate 4-6, winding displacement drive rod 3-3 has can with the C shape recess of inverted L-shaped follower block 4-5 clasp joint.In the present embodiment, follower disk 4-3 comprises follower disk and lower follower disk, and described upper follower disk and lower follower disk are positive eight limit disk bodies.Follower disk 4-3 is provided with four guide rod unit 4-2, described four guide rod unit 4-2 form four stations, and each guide rod unit is parallel to each other by two and the straight-bar running through upper follower disk and lower follower disk is formed.Select on look stepper motor 4-1 and link 4-8 is installed, select look stepper motor 4-1 to be fixed on upper head 3-1 by link 4-8, realize the fixing of whole yarn colour-selecting mechanism 4 with this.
Refer to Fig. 6, base fabric Zou Liao mechanism 5, comprise front licker-in 5-1 and rear licker-in 5-2.The axis being parallel of front licker-in 5-1 and rear licker-in 5-2 and be in same level, front licker-in 5-1 and rear licker-in 5-2 to be arranged in frame 2 and can to rotate around respective axis.Described front licker-in 5-1 is parallel with the upper beam 3-5 of described head transverse-moving mechanism 3 with the axis of rear licker-in 5-2, described front licker-in 5-1 and rear licker-in 5-2 lays respectively at the both sides between described upper head 3-1 and lower head 3-2, namely go up head 3-1 between front licker-in 5-1 and rear licker-in 5-2 above, the below of lower head 3-2 between front licker-in 5-1 and rear licker-in 5-2, what realize base fabric 6 walks to expect that direction is vertical with the sideslip direction of lower head 3-2 with upper head 3-1.Described front licker-in 5-1 is connected the licker-in stepper motor for driving described front licker-in 5-1 and rear licker-in 5-2 to rotate with rear licker-in 5-2, in the present embodiment, front licker-in 5-1 is connected with two the licker-in stepper motors be arranged in frame 2 respectively with rear licker-in 5-2.The top of described front licker-in 5-1 and rear licker-in 5-2 is respectively equipped with the lifting pressure roller 5-3 that can be elevated, in the present embodiment, the top of front licker-in 5-1 and rear licker-in 5-2 is provided with lift cylinders, the cylinder bar that lift cylinders comprises rack-mounted cylinder body and can vertically stretch downwards, the two ends of lifting pressure roller 5-3 are connected with the cylinder bar of two described lift cylinders respectively, realize with this lifting being elevated pressure roller 5-3.The front of above-mentioned front licker-in 5-1 is the feeding part walking material, and the rear of rear licker-in 5-2 is the coiled strip part walking material.
Feeding part, the front of described front licker-in 5-1 is provided with base fabric spool 5-4, base fabric axis of guide 5-5 and mobile lifting cloth guiding axle 5-6 from away from front licker-in 5-1 successively near front licker-in 5-1, base fabric spool 5-4 and base fabric axis of guide 5-5 to be arranged in frame 2 and can around own axis, and described base fabric axis of guide 5-5 is positioned at the top of described base fabric spool 5-4 and mobile lifting cloth guiding axle 5-6.Base fabric volume is arranged on base fabric spool 5-4, and base fabric 6 enters between the lifting pressure roller 5-3 above front licker-in 5-1 and front licker-in 5-1 according to the bottom on top and mobile lifting cloth guiding axle 5-6 that S shape successively walks around base fabric axis of guide 5-5 from the bottom of base fabric spool 5-4.The below of described base fabric spool 5-4 is provided with brake lever 5-7, the side of described base fabric spool 5-4 is provided with brake band 5-8, brake band 5-8 can rub with base fabric spool 5-4 outer peripheral face, for braking base fabric spool 5-4, one end of brake band 5-8 is fixed, and the one end that makes of brake band 5-8 is connected with described brake lever 5-7.One end articulated frame 2 away from described mobile lifting cloth guiding axle 5-6 of described brake lever 5-7, be fixed in described frame 2 by tension spring 5-9 below the other end of described brake lever 5-7, brake band 5-8 is close to the outer circumference surface of described base fabric spool 5-4 under the effect of tension spring 5-9, realizes the braking to base fabric rotating shaft 5-4 with this.Described brake lever 5-7 is positioned at the below of described mobile lifting cloth guiding axle 5-6 near one end of described mobile lifting cloth guiding axle 5-6 and is connected with mobile lifting cloth guiding axle 5-6.
Coiled strip portion, the rear of described rear licker-in 5-2 is extremely provided with tension pick-up 5-10 and finished product spool 5-11 away from rear licker-in 5-2 successively near rear licker-in 5-2, and described finished product spool 5-11 connects the reel motor 5-12 for driving it to rotate, be connected with described tension pick-up 5-10.Described tension pick-up 5-10 has roller contact, and roller contact contacts with base fabric 6.
The axis of front licker-in, rear licker-in, lifting pressure roller, base fabric spool, the base fabric axis of guide, mobile lifting cloth guiding axle, finished product spool is parallel to each other.
Operation principle:
Above front licker-in 5-1 and rear licker-in 5-2 two lifting roller 5-3 fall and two ends base fabric 6 being positioned at upper head 3-1 inferior portion are pressed on 5-2 on front licker-in 5-1 and rear licker-in respectively.Motor drives upper driving shaft 3-11 and lower driving shaft 3-12 to rotate, upper driving shaft 3-11 and lower driving shaft 3-12 drives winding displacement drive rod 3-3 and plastic cutter mechanism 3-4 action respectively, the C shape recess of winding displacement drive rod 3-3 and the inverted L-shaped follower block 4-5 clamping of a guide rod unit 4-2, winding displacement drive rod 3-3 does up and down vertically action to drive guide rod unit 4-2 vertically action up and down, and the faller gill 4-4 of guide rod unit 4-2 lower end and plastic cutter mechanism 3-4 is collaborative does tufting action.Yarn is put with synchronous conveying system 1 to the faller gill 4-4 line sending in yarn colour-selecting mechanism 4.Motor drives upper ball-screw 3-8 and lower ball-screw 3-9 to rotate, and upper head 3-1 and lower head 3-2 does collaborative traversing action, to complete the tufting to base fabric 6 between upper head 3-1 and lower head 3-2.When needing yarn colour changing, winding displacement drive rod 3-3 rises to high-order dead point, the inverted L-shaped follower block 4-5 of all guide rod unit 4-2 is positioned at same plane and is positioned at the top of annular supporting plate 4-6, look stepper motor 4-1 is selected to drive the servo-actuated 4-3 of spiraling to turn certain angle, follower disk 4-3 drives guide rod unit 4-2 to rotate, remove the breach 4-7 of annular supporting plate 4-6 with the guide rod unit 4-2 of winding displacement drive rod 3-3 clasp joint before and depart from winding displacement drive rod 3-3, meanwhile, make a guide rod unit move in the breach 4-7 of annular supporting plate 4-6 and with winding displacement drive rod 3-3 clasp joint, colour changing is completed with this.After head action completes, the lifting pressure roller 5-3 above front licker-in 5-1 and rear licker-in 5-2 rises.The work of licker-in stepper motor is to control front licker-in 5-1 and rear licker-in 5-2 rotates clockwise certain angle, and base fabric 6 moves one section of line-spacing to finished product spool 5-11 under the effect of front licker-in 5-1 and rear licker-in 5-2.After tension pick-up 5-10 detects that base fabric 6 tension force at rear licker-in 5-2 rear reduces, the reel motor 5-12 controlled for driving finished product to roll up 5-11 works, and finished product spool 5-11 rotates rewinding.Base fabric 6 is in the process walking material, the tension force of base fabric 6 self makes base fabric be pulled upwardly by mobile lifting cloth guiding axle 5-6, mobile lifting cloth guiding axle 5-6 pulls the end of brake lever 5-7 to move upward, the brake band 5-8 be connected with brake lever 5-7 and base fabric spool 5-4 departs from, and the base fabric on base fabric spool 5-4 twists in charging under the tension force effect of base fabric 6.After front licker-in 5-1 and rear licker-in 5-2 rotates and stops, lifting pressure roller 5-3 declines and is pressed on by the base fabric 6 tightened on front licker-in 5-1 and rear licker-in 5-2, tension pick-up 5-10 detects that the tension force of the base fabric 6 at rear licker-in 5-2 rear controls for driving the reel motor 5-12 of finished product spool 5-11 to quit work after increasing, and finished product spool 5-11 stops rewinding.The tension force of the base fabric 6 in front licker-in 5-1 front disappears, mobile lifting cloth guiding axle 5-6 is at the falls downward of self gravitation and tension spring 5-9, brake lever 5-7 pulls connected brake band 5-8 downwards under the effect of tension spring 5-9, brake band 5-8 and base fabric spool 5-4 contact friction, stop base fabric spool 5-4 to continue charging because of inertia.Head circulates to complete a tufting to base fabric processing.
The foregoing is only of the present invention and goodly execute example, be not used for limiting practical range of the present invention.Namely all equivalences done according to the content of the present patent application the scope of the claims change and modify, and all fall into technical scope of the present invention.
Claims (7)
1. a carpet weaving machine, comprise yarn to put and synchronous conveying system (1), electric control system and frame (2), it is characterized in that: also comprise head transverse-moving mechanism (3), yarn colour-selecting mechanism (4) and base fabric Zou Liao mechanism (5);
Described head transverse-moving mechanism (3) comprises head (3-1), lower head (3-2), the plastic cutter mechanism (3-4) being arranged on the winding displacement drive rod (3-3) on head (3-1) and being arranged on lower head (3-2), described frame (2) is provided with the upper beam (3-5) and underbeam (3-6) that are parallel to each other, described upper beam (3-5) installs the upper head (3-1) that can slide along upper beam (3-5) by guide rail (3-7), described underbeam (3-6) is installed the lower head (3-2) that can slide along underbeam (3-6) by guide rail (3-7), described upper head (3-1) is equipped with for driving described upper head (3-1) along the upper ball-screw (3-8) of described upper beam (3-5) movement, described upper ball-screw (3-8) is parallel with described upper beam (3-5), described upper ball-screw (3-8) is arranged on described frame (2) and goes up and can rotate around the axis of self, described lower head (3-2) is equipped with for driving described lower head (3-2) along the lower ball-screw (3-9) of described underbeam (3-6) movement, described lower ball-screw (3-9) is parallel with described underbeam, described lower ball-screw (3-9) is arranged on described frame (2) and goes up and can rotate around the axis of self, described upper head (3-2) is equipped with the upper driving shaft (3-11) for driving the action of described winding displacement drive rod (3-3), described upper driving shaft (3-11) is parallel with described upper beam (3-5), described upper driving shaft (3-11) is arranged on described frame (2) and goes up and can rotate around the axis of self, described lower head (3-2) is equipped with the lower driving shaft (3-12) for driving the action of described plastic cutter mechanism (3-4), described lower driving shaft (3-12) is parallel with described underbeam (3-6), described lower driving shaft (3-12) is arranged on described frame (2) and goes up and can rotate around the axis of self, the same side of described upper ball-screw (3-8) and lower ball-screw (3-9) is connected by the first Timing Belt (3-10), described upper driving shaft (3-11) is connected by the second Timing Belt (3-13) with the same side of described lower driving shaft (3-12),
The below of upper head (3-1) described in yarn colour-selecting mechanism (4) displacement, described yarn colour-selecting mechanism (4) comprise follower disk (4-3) and be connected with described follower disk (4-3) select look stepper motor (4-1) for what drive described follower disk (4-3) to rotate around its center, described follower disk (4-3) is provided with at least two can be vertically movable up and down guide rod unit (4-2), described guide rod unit (4-2) lays respectively on the center of the different edge of the regular polygon concentric with described follower disk (4-3), the lower end of described guide rod unit (4-2) is provided with faller gill (4-4), the upper end of described guide rod unit (4-2) be provided with can with the inverted L-shaped follower block (4-5) of described winding displacement drive rod (3-3) clasp joint, the top of described follower disk (4-3) is provided with holder from bottom to top and hangs the annular supporting plate (4-6) of described inverted L-shaped follower block (4-5), described annular supporting plate (4-6) is provided with and inverted L-shaped follower block (4-5) can be made to pass through, the breach (4-7) that position is corresponding with described winding displacement drive rod (3-3), the described look stepper motor (4-1) that selects is fixed in described frame (2),
Described base fabric Zou Liao mechanism (5) comprises axis being parallel and the front licker-in (5-1) be positioned in same level and rear licker-in (5-2), described front licker-in (5-1) is parallel with the upper beam () of described head transverse-moving mechanism () with the axis of rear licker-in (5-2), described front licker-in (5-1) and rear licker-in (5-2) lay respectively at the both sides between described upper head (3-1) and lower head (3-2), described front licker-in (5-1) is connected the licker-in stepper motor for driving described front licker-in (5-1) and rear licker-in (5-2) to rotate with rear licker-in (5-2), the front of described front licker-in (5-1) is provided with base fabric spool (5-4) from away from front licker-in (5-1) successively near front licker-in (5-1), the base fabric axis of guide (5-5) and mobile lifting cloth guiding axle (5-6), the described base fabric axis of guide (5-5) is positioned at the top of described base fabric spool (5-4) and mobile lifting cloth guiding axle (5-6), the below of described base fabric spool (5-4) is provided with brake lever (5-7), the side of described base fabric spool (5-4) is provided with can with the friction of base fabric spool (5-4) outer peripheral face to brake base fabric spool, one end is fixed, the brake band (5-8) that the other end is connected with described brake lever (5-7), one end articulated frame (2) away from described mobile lifting cloth guiding axle (5-6) of described brake lever (5-7), be fixed in described frame (2) by tension spring (5-9) below the other end of described brake lever (5-7), the outer circumference surface of described base fabric spool (5-4) is close to by described brake band (5-8) under the effect of tension spring (5-9), described brake lever (5-7) is positioned at the below of described mobile lifting cloth guiding axle (5-6) near one end of described mobile lifting cloth guiding axle (5-6) and is connected with mobile lifting cloth guiding axle (5-6), the rear of described rear licker-in (5-2) is extremely provided with tension pick-up (5-10) and finished product spool (5-11) away from rear licker-in (5-2) successively near rear licker-in (5-2), and described finished product spool (5-11) connects the reel motor (5-12) for driving it to rotate, be connected with described tension pick-up (5-10), the top of described front licker-in (5-1) and rear licker-in (5-2) is respectively equipped with the lifting pressure roller (5-3) that can be elevated.
2. carpet weaving machine according to claim 1, is characterized in that: described upper driving shaft (3-11) and lower driving shaft (3-12) are six stupefied driving shafts; Described guide rail (3-7) is gapless straight line guide rails.
3. carpet weaving machine according to claim 1, is characterized in that: described follower disk (4-3) comprises follower disk and lower follower disk, and described upper follower disk and lower follower disk are positive eight limit disk bodies.
4. carpet weaving machine according to claim 1, is characterized in that: described follower disk (4-3) is provided with four guide rod unit (4-2), and described four guide rod unit (4-2) form four stations; Described guide rod unit (4-2) is made up of the straight-bar that two are parallel to each other.
5. carpet weaving machine according to claim 1, is characterized in that: the described look stepper motor (4-1) that selects is arranged in described frame (2) by link (4-8).
6. carpet weaving machine according to claim 1, is characterized in that: described front licker-in (5-1) is connected with two licker-in stepper motors respectively with rear licker-in (5-2).
7. carpet weaving machine according to claim 1, is characterized in that: described tension pick-up (5-10) has roller contact.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410249617.7A CN105297303A (en) | 2014-06-06 | 2014-06-06 | Carpet weaving machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410249617.7A CN105297303A (en) | 2014-06-06 | 2014-06-06 | Carpet weaving machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105297303A true CN105297303A (en) | 2016-02-03 |
Family
ID=55195082
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410249617.7A Pending CN105297303A (en) | 2014-06-06 | 2014-06-06 | Carpet weaving machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105297303A (en) |
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| CN108315900A (en) * | 2018-04-17 | 2018-07-24 | 浙江浦江台科纺机械科技有限公司 | A kind of novel intelligent blanket making machine |
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Application publication date: 20160203 |